DOCSLIB.ORG

HID® Crescendo® Key Series

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

HIGH ASSURANCE SOLUTIONS HID® Crescendo® Key Series Multi-Protocol Security Key for Computers, Tablets and Mobile Applications High Assurance – Aligns with the recommendations of NIST Digital Identity Guidelines and devices to achieve Authenticator Assurance Level 3. MULTI-PROTOCOL: Easy and Convenient – All-in-one trusted key for mobile workforce securely accesses FIDO U2F and 2.0 – Securely data, network, online apps and cloud resources. accesses online and cloud Industry Standards – Strong authentication options use broadly adopted industry services such as G Suite or standards and certification. DropBox Business without preinstalled software Ecosystem Support – Leverages HID's authenticator platform used by all new HID Crescendo authenticators. PIV – Utilizes Defense grade authentication Compliance – Enables seamless compliance with data privacy and security regulations such as GDPR, CCPA, HIPAA, PSD2, PCI-DSS, GLBA, SOX and NERC-CIP. OATH – Leverages open universal authentication standard Crescendo Key Series bring new form Crescendo Key Series applications leverage factors and capabilities to enable seamless HID's authenticator platform, common to and trusted authentication. This hardware almost all new HID Global authenticators. BENEFITS: authenticator provides strong security— This architecture provides organizations Is part of the HID High utilizing Near Field Communications (NFC) flexibility and enhanced security in the Assurance Certificate and USB-A or USB-C ports with the same form of: two-factor authentication, digital and Authority and Authentication A wide variety of authenticator encryption capabilities of a smart card. Solutions options (USB key, smart card, The Crescendo Key Series small footprint mobile app and more) Includes a field-upgradeable is particularly convenient when used A unified cloud and on-premises hardware device for new with tablets and ultrabooks since it is authentication and management features nearly flush with the device casing. system with a powerful yet simplified Provides NFC and USB Thanks to its convenient USB interface, administrator experience capabilities workstations and laptops do not require PKI certificates, FIDO U2F, FIDO2 additional readers, so IT operational and OATH HOTP industry standards costs are reduced. and the ability to handle a global The Crescendo Key Series is a platform for PIN for all applications strong authentication apps, so it creates The device is part of the HID High a tool that is more valuable than the sum Assurance solution that delivers end- of its parts by bringing together high to-end lifecycle management of strong standards, excellent user experience, and authentication credentials as well as various compliance capabilities into one globally trusted digital certificates for device. use in data encryption and the digital signature of email and documents. hidglobal.com TECHNOLOGY FEATURES: SUPPORTED USAGE SCENARIOS • The security of a smartcard combined with a built-in USB reader WebAuthn authentication: Web applications connect to modern • Self-powered (battery-free) operating systems including Windows and Android • NFC for mobile device and contactless card reader Windows Security Key Logon: Streamline workflow by joining workstations to Azure Active Directory domain Base SIM Card configuration—Crescendo® C2300 Series Windows Smart Card Logon: Increase the security of Windows with • Standard profile, ready to use with predefined configuration two-factor authentication to log on and unlock a Windows session supporting FIDO, PKI and OATH (without additional software) or Email digital signature and encryption: Protect communications HID Credential Management Service against tampering • ActivID® CMS profiles for enterprise use or FIPS 201 PIV Microsoft Office and Adobe Acrobat document signing: Ensure that configurations documents have not been modified and that they originate from a specific source File and disk encryption: Protect data at rest with Windows EFS and other encryption products SPECIFICATIONS BKA100P100 - USB TYPE-A - ActivID CMS profile -100 UNITS Base Model BKN100P100 - USB TYPE-C - ActivID CMS profile - 100 UNITS Number BKA106P100 - USB TYPE-A - Standard Profile -100 UNITS BKN106P100 - USB TYPE-C - Standard profile - 100 UNITS Interfaces USB Bus Powered device USB USB 2.0 Full Speed NFC Up to 848Kbps in the fastest ISO14443 transmission mode Human Interface Bi-Color indicator shows the status of the device and aids LED in diagnostic troubleshooting Human Validation Single Button for user proof of presence HID Keyboard Device Types CCID Smart Card FIDO HID Device Security Services Universal 2nd Factor (U2F), FIDO2, HID Authenticator OATH HOTP (event) or TOTP (time) and OCRA test suites Platform Smart card PIV and PKI Compliant MiniDriver available on Windows Housing TYPE-A : 0.9 x 0.6 x 0.4 ft (23 x 16 x 10 mm) Dimension TYPE-C : 0.9 x 0.4 x 0.2 ft (28 x 13 x 7 mm) Weight 0.17 oz (5 g) © 2020 HID Global Corporation/ASSA ABLOY AB. All Operating System rights reserved. HID, HID Global, the HID Blue Brick logo, the Chain Design and Crescendo are trademarks or Mobile Phone OS Android™ 7.0 or later registered trademarks of HID Global or its licensor(s)/ supplier(s) in the US and other countries and may not be Client PC Microsoft Windows, macOS X, Linux on major browsers used without permission. The FIDO, FIDO ALLIANCE, FIDO AUTHENTICATION, and FIDO CERTIFIED trademarks Compliance and Regulatory and logos are trademarks of FIDO Alliance. All other trademarks, service marks, and product or service Regional names are trademarks or registered trademarks of their CE, FCC respective owners. Certifications 2020-01-22-hid-iams-crecendo-key-ds-en Environmental WEEE, ROHS, Reach PLT-04380 FIDO2 Certified - FIPS 140-2 in progress U I E N N E Certifications G Microsoft-compatible security key Industry hidglobal.com Standards North America: +1 512 776 9000 Toll Free: 1 800 237 7769 Europe, Middle East, Africa: +44 1440 714 850 Warranty One-year manufacturer's warranty Asia Pacific: +852 3160 9800 Customer-specific logo available upon request Latin America: +52 55 5081 1670 Options An ASSA ABLOY Group brand.
Recommended publications
  • Infineon Technologies AG TPM Professional Package

    Infineon Technologies AG TPM Professional Package

    Infineon Technologies AG TPM Professional Package RSA SecurID Ready Implementation Guide Last Modified: June 16th, 2010 Partner Information Product Information Partner Name Infineon Technologies AG Web Site www.infineon.com Product Name TPM Professional Package Version & Platform 3.6 for XP/Vista/Windows 7 The Infineon TPM Professional Package 3.6 provides many unique management and policy features for business owner, IT managers and end user in supporting different platform types, operating systems and Product Description multiple languages. The user friendly interface utilizing the TPM security chip allows easy use of trusted computing functions such as authentication, data integrity, system integrity, confidentiality and availability. Product Category Smart Cards, Tokens & Authenticators Page: 1 Solution Summary Using the Infineon TPM Professional Package in conjunction with the RSA SecurID® Software Token 4.1 for Microsoft® Windows® combines the security of a hardware token with the cost effectiveness and convenience of a software token. In order to provide support for TPM devices, RSA has released the RSA SecurID Trusted Platform Module/Smart Card Plug-In 1.0. The TPM/smart card plug-in allows users to store a software token seed on a supported Trusted Platform Module (TPM) or smart card and retrieve a tokencode generated by the seed for RSA SecurID authentication. Deploying software tokens to TPMs allows users to securely store tokens in a hardware container on their computer and use them with the major VPN clients and/or web applications.
  • NYS-S14-006 Authentication Tokens Standard

    NYS-S14-006 Authentication Tokens Standard

    State Capitol P.O. Box 2062 Albany, NY 12220-0062 www.its.ny.gov New York State No: NYS-S14-006 Information Technology Standard IT Standard: Updated: 12/01/2020 Issued By: NYS Office of Information Authentication Tokens Technology Services Owner: Chief Information Security Office 1.0 Purpose and Benefits The purpose of this standard is to list the appropriate authentication tokens that can be used with systems developed or operated for New York State (NYS) that require authenticated access depending on the Authenticator Assurance Level (AAL). This document also provides the requirements for management of those authentication devices. 2.0 Authority Section 103(10) of the State Technology Law provides the Office of Information Technology Services (ITS) with the authority to establish statewide technology policies, including technology and security standards. Section 2 of Executive Order No. 117, established January 2002, provides the State Chief Information Officer with the authority to oversee, direct and coordinate the establishment of information technology policies, protocols and standards for State government, including hardware, software, security and business re-engineering. Details regarding this authority can be found in NYS ITS Policy, NYS-P08-002 Authority to Establish State Enterprise Information Technology (IT) Policy, Standards and Guidelines. 3.0 Scope This standard applies to all SE, defined as “State Government” entities as defined in Executive Order 117, established January 2002, or “State Agencies” as defined in Section 101 of the State Technology Law. This includes employees and all third parties (such as local governments, consultants, vendors, and contractors) that use or access any IT resource for which the SE has administrative responsibility, including systems managed or hosted by third parties on behalf of the SE.
  • Support for U2F FIDO Tokens in Mobile Applications

    Support for U2F FIDO Tokens in Mobile Applications

    Masaryk University Faculty of Informatics Support for U2F FIDO tokens in mobile applications Bachelor’s Thesis Marek Hrašna Brno, Spring 2019 Masaryk University Faculty of Informatics Support for U2F FIDO tokens in mobile applications Bachelor’s Thesis Marek Hrašna Brno, Spring 2019 This is where a copy of the official signed thesis assignment and a copy ofthe Statement of an Author is located in the printed version of the document. Declaration Hereby I declare that this paper is my original authorial work, which I have worked out on my own. All sources, references, and literature used or excerpted during elaboration of this work are properly cited and listed in complete reference to the due source. Marek Hrašna Advisor: RNDr. Petr Švenda Ph.D. i Acknowledgements I would like to express my gratitude to my advisor, RNDr. Petr Švenda Ph.D. his guidance, patience, and helpful advice throughout the mak- ing of this thesis. iii Abstract One of the biggest security problems on the Internet is the usage of weak credentials, such as passwords, for user authentication. Second- Factor Authentication (2FA) provides a valid answer to this threat. Still, there are many 2FA schemes vulnerable to prominent web threats such as phishing attacks. The U2F protocol provides a phishing-resistant 2FA solution, optionally based on secure hardware elements. This thesis provides an analysis of the security brought by the U2F authen- tication scheme and shows its real-world adaptation in mobile plat- forms. It discusses problems that occur while using commercial tokens implementing this standard and describes the process of installing a U2F applet onto a JavaCard while discussing possible problems that may occur.
  • Deutsche Bank Introduces DB Secure Authenticator

    Deutsche Bank Introduces DB Secure Authenticator

    Deutsche Bank Global Transaction Banking Deutsche Bank introduces DB Secure Authenticator Due to new regulations such as General Data Protection Regulation (GDPR) and Payment Service Directive 2 (PSD2), Deutsche Bank will be introducing DB Secure Authenticator to ensure it is strengthening the security around clients’ data online. What is DB Secure Authenticator? DB Secure Authenticator is a new app available on iOS and Android which allows users of Global Transaction Banking online systems (e.g. the Autobahn App Market) to perform secure log-in and authorising transactions. Using DB Secure Authenticator, users can key in their username on the usual autobahn.db.com/login website and complete the log-in action with a One Time Password (OTP) which is generated on their smartphone. Generating the OTP requires a PIN code and as a result the log-in is secured by the 2-Factor Authentication standard, the PIN code being a knowledge factor, and the ownership of the registered smartphone app being a possession factor. To authorise a transaction, the DB Secure Authenticator makes use of the smartphone’s built in camera to scan the transaction details displayed online as cryptographic QR code. The app then displays the transaction details on the phone as well as a respective OTP to sign the specific transaction. A PIN code is needed before starting this process, ensuring the 2-Factor Authentication standard is met. Why is Deutsche Bank introducing DB Secure Authenticator? Global regulations and in particular PSD2 within the EU seeks to strengthen the protection of sensitive payment data. PSD2 seeks to upgrade security at the point of log-in to online banking apps and at the point that transactions are authorised.
  • How to Log Into My Account Using MS Authenticator My IDB Operations Portal

    How to Log Into My Account Using MS Authenticator My IDB Operations Portal

    User Guide How to log into my account using MS Authenticator My IDB Operations Portal OBJECTIVE How to login into my account to access the IDB Extranet and the information about my operations with the IDB Group. Recommended Browsers: Google Chrome version 85.0.4183.121 and above Microsoft Edge version 85.0.564.63 and above Need help? Contact [email protected] to report issues and please include the following information: 1. Description of the issue 2. Screenshots User Guide How to Log in to the Extranet Site using Microsoft Authenticator STEP 1 Go to the system you are trying to Sign-in to, find the screen you see on the right and enter the following: a. Enter your username and password b. Click the button Sign-in STEP 2 Proof your identity by using the one of the 2- factor authentication of your choice. Note: Your preferred authentication method will be selected by default, but you can change your preference at any point. Your options are: OPTION 1 OPTION 2 OPTION 3 Microsoft Authenticator App Email Login SMS Login See steps on page 2 See steps on page3 See steps on page 4 The following instructions explain the dierent steps for each options. Please note that you only have to use ONE of these options. 1 Option 1 How to Log in to the Extranet Site using Microsoft Authenticator STEP 1 If your preferred authentication method is MS Authenticator verification code, you will see the screen on your right. To continue, please have your smartphone available. STEP 2 Go to your mobile device, and open Microsoft Authenticator App Select your account and get the one-time 6-digit password code.
  • Implementing a Web Application for W3C Webauthn Protocol Testing †

    Implementing a Web Application for W3C Webauthn Protocol Testing †

    proceedings Proceedings Implementing a Web Application for W3C WebAuthn Protocol Testing † Martiño Rivera Dourado 1,* , Marcos Gestal 1,2 and José M. Vázquez-Naya 1,2 1 Grupo RNASA-IMEDIR, Departamento de Computación, Facultade de Informática, Universidade da Coruña, Elviña, 15071 A Coruña, Spain; [email protected] (M.G.); [email protected] (J.M.V.-N.) 2 Centro de Investigación CITIC, Universidade da Coruña, Elviña, 15071 A Coruña, Spain * Correspondence: [email protected] † Presented at the 3rd XoveTIC Conference, A Coruña, Spain, 8–9 October 2020. Published: 18 August 2020 Abstract: During the last few years, the FIDO Alliance and the W3C have been working on a new standard called WebAuthn that aims to substitute the obsolete password as an authentication method by using physical security keys instead. Due to its recent design, the standard is still changing and so are the needs for protocol testing. This research has driven the development of a web application that supports the standard and gives extensive information to the user. This tool can be used by WebAuthn developers and researchers, helping them to debug concrete use cases with no need for an ad hoc implementation. Keywords: WebAuthn; authentication; testing 1. Introduction Authentication is one of the most critical parts of an application. It is a security service that aims to guarantee the authenticity of an identity. This can be done by using several security mechanisms but currently, without a doubt, the most common is the username and password method. Although this method is easy for a user to conceptually understand, it constitutes many security problems.
  • Install Multifactor Authentication in 3 Minutes

    Install Multifactor Authentication in 3 Minutes

    How to use your secure token Whenever you log into VPN, MyApps, or Mosaic/HR SuccessFactors with your BCM username and password, you will then be prompted for a verification code. Open your Google Install Authenticator app to see the latest code, and type that code into the field prompting for the code. NOTE: A new code is generated by your app every 30 seconds, so be sure to enter your code and Multifactor click OK/Enter before a new code is generated. Authentication in 3 minutes Video, documentation, and more If you have colleagues who need to install multi-factor authentication, or if you want to learn more about MFA, visit the IT Service Portal at it.bcm.edu and search for MFA. The Multi- factor Authentication page includes more information about Office of Information Technology MFA, printable documentation, and a step-by-step installation Visit the IT Service Portal online at it.bcm.edu video. and search for MFA. For personal assistance from the Help Desk, send an email to [email protected] or call 713-798-8737. What is Multi-factor Authentication, and Step 1: Request your MFA secure token why do I need it? 1. On your Baylor-connected computer, navigate to the Multi-factor authentication (MFA) confirms your identity when Defender website at mytoken.bcm.edu, log in with your logging into an MFA-enabled system, asking for your username BCM username and password, then click Sign in. and password (something you know) and an MFA secure token 2. Click the Request a software token button, then click (something you have) generated on your phone.
  • Security Keys: Practical Cryptographic Second Factors for the Modern Web

    Security Keys: Practical Cryptographic Second Factors for the Modern Web

    Security Keys: Practical Cryptographic Second Factors for the Modern Web Juan Lang, Alexei Czeskis, Dirk Balfanz, Marius Schilder, and Sampath Srinivas Google, Inc., Mountain View, CA, USA Abstract. \Security Keys" are second-factor devices that protect users against phishing and man-in-the-middle attacks. Users carry a single de- vice and can self-register it with any online service that supports the protocol. The devices are simple to implement and deploy, simple to use, privacy preserving, and secure against strong attackers. We have shipped support for Security Keys in the Chrome web browser and in Google's online services. We show that Security Keys lead to both an increased level of security and user satisfaction by analyzing a two year deployment which began within Google and has extended to our consumer-facing web applications. The Security Key design has been standardized by the FIDO Alliance, an organization with more than 250 member companies spanning the industry. Currently, Security Keys have been deployed by Google, Dropbox, and GitHub. An updated and extended tech report is available at https://github.com/google/u2f- ref-code/docs/SecurityKeys_TechReport.pdf. 1 Introduction Recent account takeovers [1{3] have once again highlighted the challenge of securing user data online: accounts are often protected by no more than a weak password [4] and whatever implicit signals (if any) that the online service provider has collected to distinguish legitimate users from account hijackers. Academic research has produced numerous proposals to move away from passwords, but in practice such efforts have largely been unsuccessful [5, 6]. In- stead, many service providers augment password-based authentication with a second factor in the form of a one-time passcode (OTP), e.g., [7, 8].
  • A Tale of Two Studies: the Best and Worst of Yubikey Usability

    A Tale of Two Studies: the Best and Worst of Yubikey Usability

    A Tale of Two Studies: The Best and Worst of YubiKey Usability †∗ ∗ ∗ ∗ z ∗ Joshua Reynolds , Trevor Smith , Ken Reese , Luke Dickinson , Scott Ruoti , Kent Seamons y ∗ z University of Illinois at Urbana-Champaign, Brigham Young University, MIT Lincoln Laboratory [email protected], ftsmith, ken.reese, [email protected], [email protected], [email protected] Abstract—Two-factor authentication (2FA) significantly device that authenticates the user after the user presses a improves the security of password-based authentication. button on the security key [8]. The button tap is a test of Recently, there has been increased interest in Universal 2nd user presence and prevents malware on the host device from Factor (U2F) security keys—small hardware devices that require users to press a button on the security key to authenticate. To using the security key surreptitiously. Most commonly, security examine the usability of security keys in non-enterprise usage, keys are designed to be plugged into a USB port, though we conducted two user studies of the YubiKey, a popular line they can also communicate with other devices using wireless of U2F security keys. The first study tasked 31 participants protocols (e.g., NFC, Bluetooth). with configuring a Windows, Google, and Facebook account to U2F security keys are designed to be easy-to-adopt and authenticate using a YubiKey. This study revealed problems with setup instructions and workflow including users locking use in day-to-day life, while protecting users against phishing themselves out of their operating system or thinking they had and man-in-the-middle attacks [8].
  • Of Two Minds About Two-Factor: Understanding Everyday FIDO U2F

    Of Two Minds About Two-Factor: Understanding Everyday FIDO U2F

    Of Two Minds about Two-Factor: Understanding Everyday FIDO U2F Usability through Device Comparison and Experience Sampling Stéphane Ciolino, OneSpan Innovation Centre & University College London; Simon Parkin, University College London; Paul Dunphy, OneSpan Innovation Centre https://www.usenix.org/conference/soups2019/presentation/ciolino This paper is included in the Proceedings of the Fifteenth Symposium on Usable Privacy and Security. August 12–13, 2019 • Santa Clara, CA, USA ISBN 978-1-939133-05-2 Open access to the Proceedings of the Fifteenth Symposium on Usable Privacy and Security is sponsored by USENIX. Of Two Minds about Two-Factor: Understanding Everyday FIDO U2F Usability through Device Comparison and Experience Sampling Stéphane Ciolino Simon Parkin Paul Dunphy OneSpan Innovation Centre University College London OneSpan Innovation Centre & University College London [email protected] [email protected] [email protected] Abstract words and tokens) is widely recognized as an effective tech- Security keys are phishing-resistant two-factor authentica- nique to protect both corporate and personal online accounts tion (2FA) tokens based upon the FIDO Universal 2nd Factor against account hijacking threats. Indeed, there are already ex- (U2F) standard. Prior research on security keys has revealed amples of citizens being advised to use Two-Factor Authenti- intuitive usability concerns, but there are open challenges to cation (2FA) by government agencies (as in the UK [35]). The better understand user experiences with heterogeneous de- most common second factor is a One-Time Passcode (OTP) vices and to determine an optimal user experience for every- received via a text message to a mobile device [5].
  • U2F & UAF Tutorial

    U2F & UAF Tutorial

    U2F & UAF Tutorial How Secure is Authentication? 2014 1.2bn? 2013 397m Dec. 2013 145m Oct. 2013 130m May 2013 22m April 2013 50m March 2013 50m Cloud Authentication Password Issues 1 2 Password might be Password could be stolen entered into untrusted from the server App / Web-site (“phishing”) 4 Inconvenient to type password on phone 3 Too many passwords to remember à re-use / cart abandonment OTP Issues 1 OTP vulnerable to real- time MITM and MITB attacks 4 Inconvenient to type OTP on phone 3 OTP HW tokens are expensive and people 2 don’t want another device SMS security questionable, especially when Device is the phone Implementation Challenge A Plumbing Problem User Verification Methods Applications Organizations Silo 1 Silo 2 App 1 Silo 3 App 2 Silo N ? ? New App Authentication Needs Do you want to login? Do you want to transfer $100 to Frank? Do you want to ship to a new address? Do you want to delete all of your emails? Do you want to share your dental record? Authentication today: Ask user for a password (and perhaps a one time code) Authentication & Risk Engines Purpose Geolocation … (from IP addr.) Explicit Authentication Authentication Risk Engine Server Summary 1. Passwords are insecure and inconvenient especially on mobile devices 2. Alternative authentication methods are silos and hence don‘t scale to large scale user populations 3. The required security level of the authentication depends on the use 4. Risk engines need information about the explicit authentication security for good decision How does FIDO work? Device FIDO
  • Mfa) with the Payback Information Management System (Pims)

    Mfa) with the Payback Information Management System (Pims)

    MULTIFACTOR AUTHENTICATION (MFA) WITH THE PAYBACK INFORMATION MANAGEMENT SYSTEM (PIMS) What is MFA? MFA is a security process that requires a user to verify their identity in multiple ways to gain system access. Why use MFA for the PIMS? Use of MFA for PIMS greatly reduces the chance of unauthorized access to your account thereby protecting personally identifiable information (PII) and significantly reducing the risk of a system-wide data breach. To use Multifactor Authentication for the PIMS, follow the steps below: Download and Install Google Authenticator on your smartphone 1 This free app is available through the Apple App Store or Google Play Store by searching for “Google Authenticator”. You can also look for one of the icons below on your smartphone home screen or within your smartphone’s applications section: Apple app store Android Google Play store Follow the prompts to download Google Authenticator to your smartphone. When you have successfully downloaded the app, you should see the icon below on your smartphone: Navigate to the PIMS site 2 On the device you’d like to sign into the PIMS on, navigate to https://pdp.ed.gov/RSA and click “Secure Login” in the upper right corner. Log into the PIMS Log into the PIMS using your regular 3 username and password. INSTRUCTIONS FOR ENROLLING IN MULTIFACTOR AUTHENTICATION FOR THE PIMS For assistance, contact the PIMS Help Desk at [email protected] or 1-800-832-8142 from 8am - 8pm EST. Open the 4 enrollment page Upon initial login, you will be directed to the enrollment page (see Figure 1), which will include a QR code and a place to enter the code generated by your Google Authenticator app.